Flinders University Undergraduate Courses 2011 - Engineering

Engineering

inspiring achievement www.flinders.edu.au

Engineering Fast facts COURSE LENGTH See individual course entries.

ENTRY PATHWAYS Applicants who have completed the following are eligible to apply: >> SACE/NTCE (Year 12) or Interstate Equivalent Minimum 4 HESS G / 1 R >> International Baccalaureate >> TAFE/VET >> Special Tertiary Admissions Test (STAT) >> Foundation Course/ Bridging Course >> Overseas qualifications >> Tertiary Transfer Grade Point Average (GPA)

What does Engineering offer?

An engineer is someone who takes scientific knowledge, initiative and inventiveness and applies these attributes to real-world problems.

Engineers give shape to our world and make a difference to society and many aspects of people’s lives. In practice this means that engineers are the productmakers of our time. Being in high demand world-wide, they are highly mobile and highly respected.

Engineering at Flinders Flinders University’s Engineering awards have been designed in close collaboration with industry in order to meet future development needs.

PREREQUISITES See individual course entries

Engineering can be studied at Flinders in the following areas:

SATAC CODE See individual course entries

> Biomedical Engineering

2010 ATAR* See individual course entries

> Civil Engineering > Computer Systems Engineering

> Maritime Electronics Engineering (new for 2011) > Mechanical Engineering (new for 2011)

* Australian Tertiary Admission Rank (formerly Tertiary Entrance Rank)

> Robotics Engineering > Software Engineering > Engineering Science

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These courses... > build on our strong tradition of teaching and research in engineering in South Australia; > produce graduates that are in demand within a wide range of growth industries; > often involve industry experience for students.

A distinctive feature of the Flinders professional Engineering awards is the nationally recognised industry placement program.

> Environmental Technologies Engineering (new for 2011)

> Naval Architecture Engineering (new for 2011)

The First Year of Flinders engineering awards are substantially similar, enabling students who are performing well and who wish to transfer to other Bachelor of Engineering awards to do so and complete their desired degree with minimal loss of time.

Practical experience

> Electronics Engineering

> Mechanical and Advanced Manufacturing Engineering (new for 2011)

Whether the focus is on biomedical, electronics or mechanically based high technology, you will gain specialist knowledge in key areas and an integrated tool kit of skills that will enable you to meet the technical criteria required by industry and to engage professionally with ongoing technical developments.

This industry placement is available in: > Engineering (Biomedical) > Engineering (Computer Systems) > Engineering (Electronics) > Engineering (Environmental Technologies) > Engineering (Mechanical) > Engineering (Robotics) > Engineering (Software) > Engineering Science More than 100 local, national and international organisations support the program, which provides students with 20 weeks of structured industrial work experience either in Australia or overseas.

As a result of this practical experience students complete their final year of study having already gained a firsthand understanding of the role of the graduate engineer.

Our students graduate with proven on-the-job experience and many go on to work full-time with the company that provided their placement, or with another in the same industry.

Professional recognition These courses have been developed to meet the requirements for accreditation by Engineers Australia.

Accreditation of any new engineering course occurs in the first year it is offered. Such accreditation is provisional until the course produces its first graduates.

Recognition with Engineers Australia means that this award is recognised interstate and in various countries around the world, and that the studies undertaken have been thoroughly reviewed for quality and depth.

SCIENCE AND MATHEMATICS BONUS POINTS Science and mathematics bonus points will be allocated to students studying selected science and mathematics subjects in Year 12 who apply for entry to a science and engineering program at Flinders.

For more information and to find out if you are eligible visit: www.flinders.edu.au/smbp or call the Admissions/Prospective Students Office.

School of Computer Science, Engineering and Mathematics The success of our teaching is reflected through the achievements of our graduates and the quality of our research.

OUR GRADUATES Graduates from Flinders University’s Engineering programs include: > at least 12 full professors around the world; > RODNEY BROOKS: a former Director of the Artificial Intelligence Laboratory at MIT and designer of the first Mars robots; > DAVID HOBBS: a Churchill Fellowship and Fulbright Scholarship winner; > TERRY TAO: Australia’s only Fields Medal winner (the Fields Medal is the mathematical equivalent of a Nobel Prize).

The work experience was wonderful and invaluable for refining skills and discovering which aspect of the field suits you best as a person. That we were able to travel outside the country to attain this experience was fantastic and shows Flinders commitment to their students gaining the best education possible while fostering international relations.

Comment from Flinders graduate obtained from the Australian Graduate Survey 2009.

OUR RESEARCH Inspiring and innovative engineering research conducted at Flinders includes: > the Medical Devices Partnering Program - a $3.3million collaborative initiative with the South Australian State Government and partners to accelerate the development of new medical devices in South Australia. > a Flinders-designed Autonomous Underwater Vehicle (AUV) project - part of the CSIRO Wealth from Oceans Flagship aimed at finding science-based engineering solutions for the safe and economic design and operation of subsea pipelines in Australia’s deepwater frontiers. > the Thinking Head – the product of an artificial intelligence research program which made its international debut in Beijing during the Olympic Games.

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Biomedical Bachelor of Engineering (Biomedical) Bachelor of Engineering (Biomedical)/Bachelor of Medical Science Bachelor of Engineering (Biomedical)/Bachelor of Science Bachelor of Engineering (Biomedical)/Master of Engineering (Biomedical) Bachelor of Engineering (Biomedical)/Master of Business and Technology

COURSE LENGTH 4 years full-time or equivalent part-time 5–5.5 years approx. for combined degrees PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Physics or equivalent SATAC CODE 214771 – Single degree 214772 – Combined degrees 214881 – Bachelor of Engineering (Biomedical)/Master of Engineering (Biomedical) 2010 ATAR* 86.45 – Single degree 99.00 – Combined degrees 95.15 – Bachelor of Engineering (Biomedical)/Master of Engineering (Biomedical)

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Biomedical engineering involves using electronics, computer systems and mechanical devices to improve health care and health services to enhance the quality of human life.

It covers a range of fields including medical devices, medical imaging, physiological signal processing, biomechanics and biomaterials.

Biomedical engineering results in products such as diagnostic devices, biocompatible prostheses, medical devices, and imaging equipment such as MRIs and EEGs. It also assists in the development of tools for the training of medical professionals.

Biomedical engineering is a relatively new, but rapidly expanding area of engineering. New devices, algorithms and systems will be developed that will improve clinical practice and health care and will impact positively on human lives, such as in the designing of devices that are more ‘human-friendly’. There is an increasing interest in how the sporting professions can make use of biomedical engineering.

The Bachelor of Engineering (Biomedical) has been developed to meet the requirements for accreditation by Engineers Australia.

BIOMEDICAL ENGINEERING AT FLINDERS The Flinders program equips you with the skills to investigate, plan, design, manufacture and maintain systems and equipment that are used in all aspects of health care. You will gain a solid education in both engineering and medical science. Throughout the course, there is a strong emphasis on practical skills and teamwork.

The Biomedical Engineering program enables you to choose a course of study with either an electronics or biomechanics focus.

Flinders also offers a five-year Bachelor of Engineering (Biomedical)/ Master of Engineering (Biomedical) program. In this double degree, expectations are high and only students who have completed the first three years of the award with a credit average will be permitted to continue in this combined award.

Students who do not meet a credit average will be permitted to transfer to the single Bachelor of Engineering (Biomedical) award.

STUDY PROGRAM The First Year contains studies in fundamental science and engineering topics including digital and analogue electronics, computer programming, mathematics and human physiology.

The Second Year builds on this base dealing with topics from a variety of areas including biomechanics, human physiology and biomedical instrumentation.

Civil The Third Year offers further study in engineering and medical science, including neuroscience, control systems, physiological measurement, and engineering project management. Students will also undertake the Flinders nationally recognised industry placement program.

The Fourth Year includes either a major biomedical research or design project. The year also provides an opportunity to choose further biomedical, management, computing or mathematics elective topics.

CAREER OPPORTUNITIES Graduates often work in multidisciplinary teams with health professionals and medical specialists.

They use their professional skills and knowledge in the systematic development of complex electronic or mechanical systems with particular emphasis on biomedical systems.

Graduates find themselves working in a variety of application areas including in the design and production of: > a wide range of sophisticated diagnostic and therapeutic medical equipment in hospitals; > devices to assist in home-based health care and rehabilitation, including prosthetic and orthotic devices; > sensory and control systems.

Potential employers include Agilent Technologies; ASDM (Australian Surgical Design and Manufacture) Ltd; Chemtronics Biomedical Australia; Cochlear Ltd; CSIRO; DSTO; major hospitals such as Flinders Medical Centre and the Royal Adelaide Hospital; Signostics; and Therapeutic Goods Administration.

Bachelor of Engineering (Civil) COURSE LENGTH 4 years full-time or equivalent part-time PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Physics and Chemistry or equivalent SATAC CODE 214961 – CDU 214901 – UniSA 2010 ATAR* 93.75 – CDU 71.30 – UniSA

Civil engineers are responsible for the design, construction and rehabilitation of infrastructure and resources essential to the daily functioning of cities, towns and rural areas.

The first two years of this award are undertaken at Flinders University and the third and fourth years are undertaken at either the University of South Australia, Mawson Lakes Campus or Charles Darwin University, Northern Territory.

The award is conferred by the University of South Australia or Charles Darwin University.

The Bachelor of Engineering (Civil) has been developed to meet the requirements for accreditation by Engineers Australia.

CIVIL ENGINEERING AT FLINDERS Graduates of this program learn to develop technical, creative and innovative solutions to civil engineering, taking into account social, economic and environmental implications.

Students graduate with a broadly focussed civil engineering degree that leads to employment in the construction industry, design consultancies, government agencies, local government and related areas.

STUDY PROGRAM The First Year of the program is similar to the first year of other Flinders engineering awards enabling students who wish to transfer to other Bachelor of Engineering awards to do so, and complete their desired degree with minimal loss of time.

The first two years of the program provide the broad base in engineering and science needed for civil engineering careers as well as providing hands-on experience in areas such as concrete technology and surveying, and an introduction to the main specialisations available in civil engineering.

Students then transfer to the University of South Australia or Charles Darwin University to complete their award.

CAREER OPPORTUNITIES This degree prepares graduates for careers as professional civil engineers in design consultancies, government agencies, the construction industry or related areas.

Potential employers include Bardavcol; Built Environs; Greenhill Engineers; Connell Wagner; Leed Engineering; Maunsell; PB Consultants; SA Water; Department for Transport, Energy and Infrastructure; United Water; and 5 local councils.

Computer Systems Bachelor of Engineering (Computer Systems) Bachelor of Engineering (Computer Systems)/Bachelor of Computer Science Bachelor of Engineering (Computer Systems)/Bachelor of Science Bachelor of Engineering (Computer Systems)/Master of Business and Technology

COURSE LENGTH 4 years full-time or equivalent part-time 5–5.5 years approx. for combined degrees PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Physics or equivalent SATAC CODE 214791 – Single degree 214792 – Combined degrees 2010 ATAR* 84.55 – Single degree No offers made – Combined degrees

Computer systems engineering is a blend of electronic engineering and computer science. Computer systems engineers build the computerbased systems required to meet the future needs of a world in which technology is constantly evolving.

With computers performing ever more sophisticated tasks, these engineers must draw on their imagination, creativity and analytical skills to design and build tomorrow’s computer systems.

Specifically, computer systems engineers are interested in the integration of computer hardware and computer software. As a result, computer systems engineers need a good understanding of both software, network and operating system design and electronics.

The Bachelor of Engineering (Computer Systems) has been developed to meet the requirements for accreditation by Engineers Australia.

COMPUTER SYSTEMS ENGINEERING AT FLINDERS Flinders has designed a highly respected Computer Systems Engineering program that combines technical knowledge with the dexterity and agility to respond to the rapidly changing needs and opportunities of the marketplace.

STUDY PROGRAM The First Year contains studies in fundamental science and engineering topics including digital and analogue electronics, computer programming, professional skills for engineers, mathematics and physics.

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The Second Year builds on this base with topics dealing with a variety of areas including microprocessors, computer organisation and design, computer programming and electronics.

The Third Year provides further computer systems material and incorporates our nationally recognised industry placement program.

The Final Year offers scope to take electives in computer systems, electronics and management. It also includes either a major computer systems design or research project.

CAREER OPPORTUNITIES With computer systems integral to almost every aspect of modern life, from the home to the workplace and beyond, employment opportunities are vast.

Graduates can secure employment in the private and public sectors and, with highly transferable skills, can move easily between various sectors and industries.

Potential employers include: AirServices Australia; BAE Systems Australia Limited; Ericsson Australia; Hewlett Packard Australia; Honeywell; SAAB Systems Pty; Unico Computer Systems; and Northeast Quadrant Consulting.

Electronics Bachelor of Engineering (Electronics) Bachelor of Engineering (Electronics)/Bachelor of Computer Science Bachelor of Engineering (Electronics)/Bachelor of Science Bachelor of Engineering (Electronics)/Master of Business and Technology

COURSE LENGTH 4 years full-time or equivalent part-time 5–5.5 years approx. for combined degrees PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Physics or equivalent SATAC CODE 214801 – Single degree 214802 – Combined degrees 2010 ATAR* 77.10 – Single degree No offers made – Combined degrees

Electronics is the enabling technology for today’s society. It is embedded in most facets of life ranging from consumer goods to the sophisticated instrumentation used in electronic circuits, electronic devices, telecommunications and computer systems. Electronics engineering is founded in a field previously known as electrical engineering.

There is already a substantial shortage of electronic engineers in South Australia. The Technology Industry Association estimates that the electronics-based industries will continue to grow rapidly but also identifies the shortage of skilled personnel as the most significant factor that could limit the growth and development of SA’s electronics industry.

The Bachelor of Engineering (Electronics) has been developed to meet the requirements for accreditation by Engineers Australia.

ELECTRONICS ENGINEERING AT FLINDERS Students gain the skills and knowledge to plan, design and build the electronic circuitry that is integral to an extensive range of high technology applications.

STUDY PROGRAM The First Year contains study in fundamental science and engineering topics including digital and analogue electronics, computer programming, professional skills for engineers, mathematics and physics.

The Second Year builds on this base with topics dealing with a variety of areas including microprocessors, signal and systems, design and automation.

The Third Year provides further electronics material and incorporates our nationally recognised industry placement program.

The Final Year provides scope to take selected electives in electronics, management, computing or mathematics. It also includes a major research or design project.

CAREER OPPORTUNITIES There are numerous employment opportunities in some of the fastest growing areas of the economy including, defence, medicine, telecommunications, construction and mining.

Potential employers include: BHP Billliton; Toyota; Defence Materiel Organisation; Defence Intelligence Organisation; DSTO; Navy Systems Branch, Department of Defence; and the Department of Innovation, Industry and Science.

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Environmental Technologies New for 2011 Bachelor of Engineering (Environmental Technologies) Bachelor of Engineering (Environmental Technologies)/ Bachelor of Science Bachelor of Engineering (Environmental Technologies)/ Bachelor of Science (Environmental Science) Bachelor of Engineering (Environmental Technologies)/ Master of Business and Technology

COURSE LENGTH 4 years full-time or equivalent part-time 5–5.5 years approx. for combined degrees PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Physics or equivalent.

SATAC CODE 224091 – Single degree 224092 – Combined degrees 2010 ATAR* New for 2011

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Developing environmental technologies involves using electronics, remote sensing and computer science to improve the environmental impact of humans on our world. The degree differs from conventional environmental engineering awards in that we focus on the technologies and systems that make up a good environmental solution as opposed to the more civil engineering aspects of environmentally-friendly structures.

The course is noticeably different from other awards in Australia.

Although many universities offer environmental engineering awards allied strongly to civil engineering, this award covers the electronics, remote sensing and computer systems required to build environmental monitoring devices.

The Bachelor of Engineering (Environmental Technologies) has been developed to meet the requirements for accreditation by Engineers Australia.

ENVIRONMENTAL TECHNOLOGIES ENGINEERING AT FLINDERS Students gain the skills and knowledge to plan, design and build the environmental devices that will be critical in monitoring and modelling the environment.

STUDY PROGRAM The First Year contains study in fundamental science and engineering topics including digital and analogue electronics, geographical information systems, computer programming, professional skills for engineers, mathematics and environmental science.

The Second Year builds on this base with topics dealing with a variety of areas including remote sensing, microprocessors, signal and systems, design and automation and environmental impact assessment.

The Third Year provides further electronics and environmental science studies and incorporates our nationally recognised industry placement program.

The Final Year provides a capstone topic in environmental modelling and monitoring, with scope to take selected electives in electronics, environmental science, management, computing and mathematics. It also includes a major research or design project.

CAREER OPPORTUNITIES There are numerous employment opportunities in some of the fastest growing areas of the green economy including environmental monitoring, construction and mining.

Potential employers include: mining organisations such as BHP Billiton; new green industry businesses; and State and Federal Government agencies.

Maritime Electronics New for 2011 Bachelor of Engineering (Maritime Electronics) COURSE LENGTH 4 years full-time or equivalent part-time PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Physics or equivalent SATAC CODE 224101 2010 ATAR* New for 2011

Maritime electronics is the application of electronics in the maritime industry, be that naval, commercial or recreational.

Electronic engineers working on ships, submarines, offshore platforms and other maritime locations have to have a strong understanding of the differences in deploying devices in these environments.

In addition, although used on land, there is a greater focus on some forms of device at sea such as battery, sonar, surveillance and navigation technologies and electronics capable of being used in harsh or extreme conditions.

With the long-term growth in ship building, the acquisition of new future submarines, and increases to defence capabilities in South Australia, it is expected that there

will be a great demand for electronic engineers and, more specifically, specialist maritime electronics engineers for many decades to come.

Three years of this award will be undertaken at Flinders University.

Students will also spend one year at the Australian Maritime College (part of the University of Tasmania) in Launceston.

This award is conferred by Flinders University.

The Bachelor of Engineering (Maritime Electronics) has been developed to meet the requirements for accreditation by Engineers Australia.

MARITIME ELECTRONICS ENGINEERING AT FLINDERS Students gain the skills and knowledge to plan, design and build the electronic circuitry that is integral to the extensive range of high technology applications used on ships including batteries, sonar, surveillance and navigation technologies.

The course is designed to address a substantial opportunity in South Australia and is strongly supported by industry.

STUDY PROGRAM The First Year contains study in fundamental science and engineering topics including digital and analogue electronics, computer programming, professional skills for engineers, mathematics and physics.

The Second Year builds on this base with topics dealing with a variety of areas including microprocessors, signal and systems, design and automation. The first half of Third Year provides further electronics material.

The second half of Third Year and the first half of Fourth Year are spent studying and using stateof-the-art equipment at the Australian Maritime College in Launceston, Tasmania, which is generally regarded as the premier institution in Australia for maritime engineering. While there, students will undertake studies in marine and offshore engineering, thermal energy systems, electrical power and systems, hydrostatics and offshore operations.

The final semester is undertaken back in South Australia and provides scope to study selected electives in electronics, management, computing and mathematics. It also includes a major research or design project.

CAREER OPPORTUNITIES There are numerous employment opportunities in some of the fastest growing areas of the economy including, defence, medicine, telecommunications, construction and mining. Potential employers include: ASC Shipbuilding; DSTO; Raytheon; and Redarc.

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Mechanical New for 2011 Bachelor of Engineering (Mechanical) Bachelor of Engineering (Mechanical)/ Master of Engineering (Biomedical) COURSE LENGTH 4 years full-time or equivalent part-time 5 years full-time for Bachelor of Engineering (Mechanical)/Master of Engineering (Biomedical) PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Physics or equivalent SATAC CODE 224341 – Single degree 224351 – Bachelor of Engineering (Mechanical)/Master of Engineering (Biomedical) 2010 ATAR* New for 2011 Mechanical engineering is concerned with the design, construction and operation of machinery, and mechanical engineers are in great demand locally and internationally in a variety of industries.

The Bachelor of Engineering (Mechanical) will build your professional skills and knowledge in the development of complex mechanical engineering systems and has been developed to meet the requirements for accreditation by Engineers Australia.

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MECHANICAL ENGINEERING AT FLINDERS You will study areas such as engineering design, engineering materials, dynamics and mechanical design, biomechanics, signals and systems, fluid mechanics and project management. The third year incorporates our nationally recognised industry placement program.

Our Bachelor of Engineering (Mechanical) can be taken as a double degree with the Master of Engineering (Biomedical). Biomedical engineering involves using electronics and computer systems to improve health care and health services to enhance the quality of human life.

STUDY PROGRAM First Year covers fundamental study in engineering, mathematics, physics, computing and electronics.

Second and Third Years focus on core mechanical engineering studies including dynamics and mechanical design, mechanics and structures, mechanics of machines, thermodynamics and energy systems, and fluid mechanics.

Students achieving a credit level average or higher at the end of Third Year will be able to enrol in the Honours program in their final year. Other students will be able to complete the ordinary degree program.

CAREER OPPORTUNITIES Mechanical engineering graduates find work locally and internationally in the mining, defence, manufacturing, ship building, environmental, engineering consulting, building services,

automotive, petrochemical, and other industries. Potential employers include: ASC; Bridgestone; Caroma; Connell Wagner; Flinders Medical Centre; Holden; Origin Energy; Orlando Wyndham Group; SA Water; Transport SA; WMC (Olympic Dam).

New for 2011 Bachelor of Engineering (Mechanical and Advanced Manufacturing) COURSE LENGTH 4 years full-time or equivalent part-time PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Chemistry and Physics or equivalent SATAC CODE 214911 2010 ATAR* New for 2011 The Bachelor of Engineering (Mechanical and Advanced Manufacturing Engineering) prepares you to work locally and internationally in the manufacturing, automotive, defence, petrochemical, and food processing industries as well as in small and medium enterprises.

The first two years of this award are studied at Flinders University and the final two years are undertaken at the University of South Australia. The Bachelor of Engineering (Mechanical and Advanced Manufacturing Engineering) is awarded by the University of South Australia.

Naval Architecture New for 2011 Bachelor of Engineering (Naval Architecture) COURSE LENGTH 4 years full-time or equivalent part-time PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Physics or equivalent SATAC CODE 224331 2010 ATAR* New for 2011

Naval architecture focuses on the design, construction and maintenance of maritime vessels.

This includes research, design, development, design evaluation and calculations during all stages of the life of a marine vehicle.

The first two years of this award are undertaken at Flinders University and the Third and Fourth Years are undertaken at the Australian Maritime College, part of the University of Tasmania, in Launceston, Tasmania.

The award is conferred by the University of Tasmania.

NAVAL ARCHITECTURE ENGINEERING AT FLINDERS The Bachelor of Engineering (Naval Architecture) was developed to serve the needs of the Australian ship design, construction and related industries by providing professional engineers specifically educated in the field. The course prepares students for careers in the shipbuilding industry, high-speed ferry industry, and marine consultancy firms, and in government – in areas of commercial shipping, transport policy and administration.

With the development of the Navy’s new Air Warfare Destroyers (AWD) as well as the Collins Class submarine refit and replacement, it is expected that not only will substantial jobs be created but that ancillary industries will also be created that will provide long-term jobs growth in SA.

STUDY PROGRAM The First Year of the program is similar to the first year of other Flinders engineering awards enabling students who wish to transfer to other Bachelor of Engineering awards to do so, and complete their desired degree with minimal loss of time.

During the first two years of this program, you will study topics such as professional skills for engineers, mechanics and structures, scientific computing, design and hydrostatics and fluid mechanics, thermodynamics and energy engineering.

Students transfer to the Australian Maritime College to complete the Third and Fourth Years of their award.

This course may involve practical work on board a maritime vessel.

It is an Australian Maritime Safety Authority (AMSA) requirement that students undertake a medical assessment and have a valid Elements of Shipboard Safety (ESS) certificate prior to going to sea. This certificate will be arranged during the second year of study.

CAREER OPPORTUNITIES Graduates find work locally and internationally in the defence, ship building, and commercial maritime industries.

Potential employers include: ASC; Rand Corp; and the Defence, Science and Technology Organisation (DSTO).

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Robotics Bachelor of Engineering (Robotics) Bachelor of Engineering (Robotics)/ Bachelor of Computer Science Bachelor of Engineering (Robotics)/ Bachelor of Science Bachelor of Engineering (Robotics)/ Master of Engineering (Electronics) Bachelor of Engineering (Robotics)/ Master of Business and Technology

COURSE LENGTH 4 years full-time or equivalent part-time 5–5.5 years approx. for combined degrees PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent ASSUMED KNOWLEDGE SACE Stage 2 Physics or equivalent SATAC CODE 214781 – Single degree 214782 – Combined degrees 214891 – Bachelor of Engineering (Robotics)/Master of Engineering (Electronics) 2010 ATAR* 85.40 – Single degree 93.70 – Combined degrees 99.15 – Bachelor of Engineering (Robotics)/Master of Engineering (Electronics)

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Robotics is the science and technology of the design, development and application of robots in fields as diverse as manufacturing, mining and medicine.

Robots and robotic technologies are more in demand than ever. Ideal substitutes in potentially hazardous situations, robotic technology can also be harnessed to fix satellites in space, perform underwater surveys, help in mining explorations, clean up nuclear waste, or operate in security situations. They can also be used in remote control surgery or health care related areas.

This degree combines electronics, computer control, signal processing, and programming in the design, development and application of robots, and their integration with other systems in the work environment.

The Bachelor of Engineering (Robotics) has been developed to meet the requirements for accreditation by Engineers Australia.

ROBOTICS ENGINEERING AT FLINDERS Flinders offers the only robotics course in South Australia based on electronics and autonomous intelligent systems, two of the key elements of the latest robotics technologies. Our Robotics degree enables students to choose a course of study with either an intelligent robotics focus or a mechatronics focus.

Our Bachelor of Engineering (Robotics) can be taken as a double degree with the Master of Engineering (Electronics). This combination adds only one year to the Bachelors degree. In this double degree, expectations are high and only students who have completed the first three years of the award with a credit average will be permitted to continue to the Masters program.

Students who do not meet a credit average will be permitted to transfer to the single Bachelor of Engineering (Robotics) award.

STUDY PROGRAM The First Year contains study in fundamental science and engineering topics including digital and analogue electronics, computer programming, mathematics and physics.

The Second Year builds on this base with topics dealing with a variety of areas including sensors, actuators, electrical and electronic circuits, electrical machines, microprocessors, signal, systems, design and automation.

During Third Year you will study further topics in robotics, control systems theory and engineering project management. Students also undertake Flinders University’s nationally recognised industry placement.

The Final Year of the award provides further robotics studies including the opportunity to undertake either a major robotic research or design project.

CAREER OPPORTUNITIES Robotics engineers are in high demand in the automotive, electronic and defence sectors ranging from conceptual design work to the development and manufacturing of final products.

Potential occupations include: robotics engineer, applications engineer, customer support engineer, engineering officer, electronics engineer, test engineer, instrument engineer, mechatronic engineer, network engineer, patent examiner, project engineer/manager, project engineering officer, robotics sensor integration specialist, systems engineer, technical sales executive.

Software Bachelor of Engineering (Software) Bachelor of Engineering (Software)/ Bachelor of Computer Science Bachelor of Engineering (Software)/ Bachelor of Science Bachelor of Engineering (Software)/ Master of Business and Technology

COURSE LENGTH 4 years full-time or equivalent part-time 5–5.5 years approx. for combined degrees PREREQUISITES SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent SATAC CODE 214601 – Single degree 214602 – Combined degrees 2010 ATAR* 76.45 – Single degree 93.45 – Combined degrees

Software engineering is a dynamic emerging engineering discipline that is concerned with all aspects of software use, from design and development to maintenance and management.

Combining the art and skill of engineering with the power of computer technology, software engineering develops programs and products that meet the demands of the modern economy.

The Bachelor of Engineering (Software) has full professional accreditation with the Australian Computer Society and full professional accreditation with Engineers Australia.

SOFTWARE ENGINEERING AT FLINDERS This was the first engineering degree in South Australia specifically created for students looking to work as professional software engineers and the first to be accredited with Engineers Australia.

This is a future-oriented course that provides a solid foundation in the technical and professional skills and knowledge required to pursue a successful career, while also recognising that in a fast moving modern world graduates need to be professionally mobile and flexible.

Flinders software engineering enables students to choose a course of study with either an electronics or computer science focus.

STUDY PROGRAM First Year is based around studies in professional skills for engineers, computer programming, digital electronics and mathematics.

In Second and Third Year you will develop technical skills including programming, network engineering operating systems, design and automation, signals and systems, and an industry-based professional practicum which is strongly supported by Flinders University’s well-established links with a broad range of companies.

In the Final Year you will study advanced software systems and can select from a range of advanced technical electives.

Upon completion of Third Year, students who meet the entry requirements may apply for admission to the Honours program offered in Fourth Year.

CAREER OPPORTUNITIES Flinders graduates are in high demand, obtaining jobs in diverse areas including industry, business, government and services, entertainment, research and development.

They acquire the all-round skills required to work as software engineers, software developers, associate consultants, research and development graduates, research associates and software business entrepreneurs.

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Engineering Science Bachelor of Engineering Science Bachelor of Engineering Science/ Bachelor or Master of Business and Technology

COURSE LENGTH 3 years full-time or equivalent part-time PREREQUISITES None ASSUMED KNOWLEDGE SACE Stage 2 Mathematical Methods or Mathematical Studies or equivalent SACE Stage 2 Physics or equivalent SATAC CODE 214811 2010 ATAR* 62.80

The Bachelor of Engineering Science is a pathway to a Bachelor of Engineering award and equips graduates with the knowledge to become engineering technologists.

It is a highly flexible award enabling you to choose a course of study with a focus in either biomedical, electronics, mechanical or software engineering.

As such, it enables students performing well in this award to transfer to the four-year Bachelor of Engineering awards.

It has no formal prerequisites, and thus is the ideal course for students who may need further preparatory study before entering a Bachelor of Engineering.

The Bachelor of Engineering Science has been developed to meet the requirements for accreditation by Engineers Australia.

STUDY PROGRAM The First Year contains study in fundamental science and engineering topics including digital electronics, computer programming and mathematics.

The Second Year then builds on this base with topics dealing with a variety of areas that depend on the sequence option you choose.

The Final Year provides further studies and the scope to take selected electives in computer science and engineering.

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CAREER OPPORTUNITIES Graduates can obtain roles in sectors such as telecommunications, robotics, automotive, mining and defence.

Potential occupations include: engineering technologist, production technician, engineering officer, technical sales executive and project officer.

Small class sizes, and the fact that a small number of lecturers taught the majority of the course subjects allowed for a more one-on-one environment.

Lecturers have the time to help you with subject-related problems and get to know you by name.

The facilities and laboratories were excellent, with enough modern lab equipment to provide for all students.

Comment from Flinders graduate obtained from the Australian Graduate Survey 2009.

Related courses

Combined degrees

Computing and Digital Media, Computer Science, Information Technology, Science, Science (Honours), Science (Honours) - Enhanced Program for High Achievers.

Many of Flinders four-year Bachelor of Engineering awards can be undertaken in combination with the Bachelor of Science. This combined degree program recognises that the goal of scientists (ie, to discover what is not known) and that of engineers (ie, to create what does not exist) are undergoing an unprecedented convergence.

This course will provide you with a strong foundation in both the theoretical and practical aspects of engineering and science.

You can choose from a selection of extended majors and minors depending on the engineering degree chosen, enabling you to select an exciting and innovative blend of science and engineering.

A combined degrees program with the Master of Business and Technology offers specialised business, management and communication skills, including practical work experience. By adding one to two years to your study program, you will graduate with two degrees and greatly enhanced job prospects.

Career opportunities Flinders Engineering graduates are equipped to gain employment in various positions. Please see entries for individual courses for examples of positions and potential employers.

Professionally, engineers are held in the highest esteem with graduate engineers enjoying starting salaries of around $54,500 (with a total package worth $64,600) and an engineer of 10 years standing having a total package of around $120,000 (2007 Professional Engineer Remuneration Survey).

To this can be added substantial benefits such as international travel, great career prospects and the chance to work on projects that are transforming Australia and beyond.

Flinders also offers you the opportunity to study a language in conjunction with any undergraduate course. The Diploma in Language is designed to provide you with competence in a chosen language that adds greater portability to your degree. You will complete a total of one extra year of study and graduate with both your chosen degree and the Diploma in Language.

Further study Graduate Certificate/Graduate Diploma and Masters in Biomedical Engineering; Graduate Certificate/ Graduate Diploma and Masters in Engineering (Electronics); Master of Engineering (Research); PhD (Research).

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Why make Flinders your choice?

Before you get here

While you’re here

Your next step

Helping you realise your goals > and ambitions is important to us> at Flinders University.

A well-rounded university education should not be the end of your learning but a launching pad for the next phase of your life.

Flinders has a variety of resources and services to help you kick-start your career.

It is why we have so many, > flexible entry pathways.

And it is also why we have an extensive network of services to support you all the way from your initial enquiry and enrolment> right through to your graduation.

Flinders understands that everybody’s life path is different.

If you are completing Year 12 and thinking about uni, Flinders improves your chance of getting into the course of your choice by offering bonus points for many of its courses.

If you are not a school leaver, > TAFE/VET qualifications, the Special Tertiary Admissions Test, our Foundation Course and our Tertiary Transfer schemes are other ways > you can get to Flinders.

What you learn should be relevant, it should increase your understanding of the world around you. It should be a way for you to reach your full potential.

Flinders is fully committed to constantly improving the quality of its teaching and learning, and has a very strong record of achievement in the national Australian Teaching and Learning Awards. Since 2004, Flinders academics have twice won the Prime Minister’s Australian University Teacher of the Year Award.

Learning at Flinders is connected to our dynamic research environment, with strong links to industry and the broader community.

Flinders also has state-of-the-art facilities on a superb campus – it is a perfect setting in which to study, to grow, to relax and to meet with friends.

How to apply?

Flinders offers two admissions cycles each year: > The January (Semester 1) intake; applications open in August for commencement the following year. > Mid-year intake opens in May for commencement in July (Semester 2) that year. Not all courses are offered mid-year.

The information contained in this brochure is accurate at the time of publication: July 2010.

Flinders University reserves the right to alter any course or topic contained herein without prior notice. Alterations are reflected in the course information available on the University’s website.

CRICOS Provider No. 00114A

www.flinders.edu.au

Applicants must apply through the South Australian Tertiary Admissions Centre (SATAC). Visit www.satac.edu.au for full details on how to apply.

Admissions/Prospective Students Office

Flinders University GPO Box 2100, Adelaide SA 5001 Tel: 1300 657 671 Email: admissions@flinders.edu.au For international student enquiries: international@flinders.edu.au or visit: www.flinders.edu.au/ international

Practical placements which give you job-ready skills are an integral part > of many Flinders courses.

You will have access to valuable career advice from industry leaders, professionals and graduates.

Or you may like to study for one of our postgraduate courses.

Whatever your next step, when > you graduate from Flinders you will be part of an international network of alumni who have built careers > that benefit their communities.